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In vivo models: 136 3D models

Laboratory mice and rats by strain, mouse experimental models (surgery, wounds, disease), their organs, procedures, disease and tumour models and imaging (real sizes cm–m). Each one is a ready-made 3D model you can turn, recolour and place in a figure — open BioDioRama and type its name in the Library search.

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Mice 6

Black laboratory mouse (C57BL/6 background) — The C57BL/6 background used for most knockouts, reporters and disease models — choose the strain. Built from a real photoscanned rodent. C57BL/6J mouse: The most widely used inbred strain — the reference genome strain and background for most knockouts. C57BL/6N mouse: NIH substrain of B6 used by the International Mouse Phenotyping Consortium. Rag1−/− mouse: No mature T or B cells (B6 background). Rag2−/− Il2rg−/− mouse: Lacks T, B and NK cells. ApoE−/− mouse: Develops atherosclerosis on a Western diet. Ldlr−/− mouse: Hypercholesterolaemia and atherosclerosis model. APP/PS1 mouse: Alzheimer's model with amyloid plaques from ~6 months. 5xFAD mouse: Aggressive amyloid model with five familial AD mutations. SOD1-G93A mouse: ALS model with progressive motor-neuron loss. mdx mouse: Dystrophin-deficient Duchenne muscular dystrophy model. ApcMin/+ mouse: Develops multiple intestinal adenomas. TRAMP mouse: Transgenic prostate adenocarcinoma model. Brca1 conditional knockout mouse: Breast and ovarian cancer predisposition model. Cx3cr1-GFP reporter mouse: Green-fluorescent microglia and monocytes. Ai14 (Rosa26-tdTomato) reporter mouse: Cre-dependent red reporter for lineage tracing. Lgr5-EGFP-IRES-CreERT2 mouse: Labels intestinal stem cells. Cas9 knock-in mouse: Constitutive Cas9 expression for in-vivo CRISPR. NZB/W F1 mouse: Spontaneous lupus (SLE) model. (≈ 8–10 cm + tail, 20–30 g)
Albino laboratory mouse (BALB/c, CD-1, NSG…) — White, red-eyed mice: inbred BALB/c, outbred CD-1 and Swiss stocks, and the immunodeficient SCID, NOD-SCID and NSG hosts. Built from a real photoscanned rodent. BALB/c mouse: Albino inbred strain with Th2-biased immunity; host for 4T1, CT26 and hybridoma production. CD-1 (ICR) mouse: Outbred albino Swiss mouse for toxicology and general research. Swiss Webster mouse: Outbred albino stock. NMRI mouse: Outbred albino stock common in Europe. FVB/N mouse: Albino strain with large pronuclei — preferred for transgenic microinjection. A/J mouse: Albino strain susceptible to lung tumours. SJL/J mouse: Strain used for experimental autoimmune encephalomyelitis (EAE). NOD/ShiLtJ mouse: Non-obese diabetic mouse — spontaneous autoimmune type 1 diabetes. SCID mouse: Severe combined immunodeficiency (no T or B cells). NOD-SCID mouse: SCID on the NOD background with reduced NK and complement activity. NSG mouse (NOD scid IL2rγnull): The most immunodeficient mouse — no T, B or NK cells; host for humanised mice and PDX. NOG mouse: NOD/Shi-scid IL2rγnull, similar to NSG. Humanised NSG mouse (CD34+): NSG engrafted with human haematopoietic stem cells to grow a human immune system. MMTV-PyMT mouse: Spontaneous metastatic mammary tumours (FVB). MMTV-Neu (HER2) mouse: HER2-driven mammary tumours. B6 albino mouse (B6(Cg)-Tyrc-2J): Albino C57BL/6 for optical imaging without pigment. (≈ 8–10 cm + tail, 20–30 g)
Agouti mouse (C3H, CBA, 129, KPC…) — Wild-type coat colour: C3H, CBA, 129 (the ES-cell strain), Diversity Outbred and several cancer and neurodegeneration models. Built from a real photoscanned rodent. C3H/HeJ mouse: Agouti strain carrying a TLR4 mutation (LPS-hyporesponsive). CBA/J mouse: Agouti strain used in immunology and hearing research. 129S mouse: Strain from which most embryonic stem cells were derived. Diversity Outbred mouse: Highly heterozygous population from eight founder strains for genetic mapping. MRL/lpr mouse: Fas-mutant lupus and lymphoproliferation model. 3xTg-AD mouse: Plaques and tangles (APP, PSEN1, MAPT). R6/2 mouse: Huntington's disease model (mutant HTT exon 1). KPC mouse (LSL-KrasG12D; Trp53R172H; Pdx1-Cre): Autochthonous pancreatic cancer. KP mouse (Kras/Trp53 lung): Lung adenocarcinoma induced by intranasal Ad-Cre. (≈ 8–10 cm + tail, 20–30 g)
Athymic nude mouse (Foxn1nu) — Hairless mice without a thymus (no T cells) — the classic host for human tumour xenografts; SKH-1 is an immunocompetent hairless strain. Built from a real photoscanned rodent. Athymic nude mouse (Foxn1nu): Hairless mouse with no thymus (no T cells) — host for human tumour xenografts. SKH-1 hairless mouse: Immunocompetent hairless mouse for skin and UV studies. (≈ 8–10 cm + tail, 20–30 g)
DBA/2J mouse (dilute brown) — Dilute-brown inbred strain: model of glaucoma and age-related hearing loss. Built from a real photoscanned rodent. DBA/2J mouse: Dilute-brown strain; model of glaucoma and hearing loss. (≈ 8–10 cm + tail, 20–30 g)
Obese mouse (ob/ob, db/db) — Leptin- or leptin-receptor-deficient mice: obesity and type 2 diabetes. Built from a real photoscanned rodent. ob/ob mouse (leptin-deficient): Obese, diabetic mouse lacking leptin. db/db mouse (leptin-receptor-deficient): Obesity and type 2 diabetes model. (≈ 8–10 cm + tail, 20–30 g)

Rats 6

Albino laboratory rat (Sprague Dawley, Wistar, F344…) — The standard rats of pharmacology and toxicology, and inbred and disease strains (SHR, Lewis, Dahl…). Built from a real photoscanned rodent. Sprague Dawley rat: Outbred albino rat — the default in toxicology and pharmacology. Wistar rat: Outbred albino rat, the first standardised lab rat (1906). Wistar Han rat: Wistar stock used in regulatory toxicology. Lewis rat: Inbred rat for autoimmunity (arthritis, EAE) and transplantation. Fischer 344 rat: Inbred albino rat for ageing, carcinogenesis and glioma (F98, RG2). Spontaneously hypertensive rat (SHR): The classic genetic hypertension model. Wistar–Kyoto rat (WKY): Normotensive control for SHR. Dahl salt-sensitive rat: Salt-induced hypertension model. TgF344-AD rat: Alzheimer's model with plaques and tangles. (≈ 20–25 cm + tail, 250–500 g)
Hooded rat (Long-Evans) — Black-and-white hooded outbred rat favoured in behaviour and neuroscience. Built from a real photoscanned rodent. Long-Evans rat: Hooded outbred rat favoured in behaviour and neuroscience. (≈ 20–25 cm + tail, 250–500 g)
Brown Norway rat — Inbred rat of the rat reference genome. Built from a real photoscanned rodent. Brown Norway rat: Inbred rat of the rat reference genome. (≈ 20–25 cm + tail, 250–500 g)
Agouti rat (Goto–Kakizaki) — Non-obese type 2 diabetes model with a wild-type coat. Built from a real photoscanned rodent. Goto–Kakizaki rat: Non-obese type 2 diabetes model. (≈ 20–25 cm + tail, 250–500 g)
Obese rat (Zucker, ZDF) — Leptin-receptor mutant rats: obesity and type 2 diabetes. Built from a real photoscanned rodent. Zucker fatty rat (fa/fa): Obese leptin-receptor mutant. Zucker diabetic fatty rat: Type 2 diabetes model. (≈ 20–25 cm + tail, 250–500 g)
Nude rat (Foxn1rnu) — Athymic rat for xenografts and orthopaedic implant studies. Built from a real photoscanned rodent. Nude rat (Foxn1rnu): Athymic rat for xenografts and orthopaedic implants. (≈ 20–25 cm + tail, 250–500 g)

Procedures 17

Intravenous injection (tail vein) — In a restrainer, a 27–30 G needle enters a lateral tail vein (≤ 5 mL/kg bolus in mice). Switch species, coat and pose in the settings. (mouse or rat)
Intraperitoneal injection — Needle into the lower right abdominal quadrant, avoiding caecum and bladder. Switch species, coat and pose in the settings. (mouse or rat)
Subcutaneous injection (scruff) — A tent of loose skin over the shoulders is injected — vaccines and depots. Switch species, coat and pose in the settings. (mouse or rat)
Intramuscular injection (thigh) — A small volume (≤ 50 µL in mice) into the quadriceps. Switch species, coat and pose in the settings. (mouse or rat)
Oral gavage — A ball-tipped gavage needle passes along the oesophagus into the stomach. Switch species, coat and pose in the settings. (mouse or rat)
Intranasal dosing — Droplets pipetted onto the nostrils of a lightly anaesthetised animal. Switch species, coat and pose in the settings. (mouse or rat)
Retro-orbital injection — Under anaesthesia, a needle at the medial canthus into the venous sinus. Switch species, coat and pose in the settings. (mouse or rat)
Intratumoral injection — Direct injection into a subcutaneous flank tumour. Switch species, coat and pose in the settings. (mouse or rat)
Tumour measurement (calipers) — Length and width of a flank tumour; volume = L × W² / 2. Switch species, coat and pose in the settings. (mouse or rat)
Blood sampling (tail vein) — A nick of the tail vein; blood collected in a capillary tube. Switch species, coat and pose in the settings. (mouse or rat)
Blood sampling (submandibular) — A lancet prick at the cheek gives a drop of blood. Switch species, coat and pose in the settings. (mouse or rat)
Ear tag — A numbered metal ear tag for identification. Switch species, coat and pose in the settings. (mouse or rat)
Isoflurane anaesthesia — Nose cone with 1.5–2 % isoflurane, heated pad and eye ointment. Switch species, coat and pose in the settings. (mouse or rat)
Laparotomy (abdominal surgery) — On its back on a sterile drape, midline incision held open by retractors. Switch species, coat and pose in the settings. (mouse or rat)
Cardiac puncture (terminal) — Under deep anaesthesia a syringe draws blood from the heart. Switch species, coat and pose in the settings. (mouse or rat)
Stereotaxic brain injection — Head fixed by ear bars and nose clamp; a Hamilton syringe delivers into the brain. Switch species, coat and pose in the settings. (mouse or rat)
Body-weight measurement — Weighed in a beaker on a balance (> 20 % loss is a humane endpoint). Switch species, coat and pose in the settings. (mouse or rat)

Tumour models & in-vivo imaging 6

Tumour model — subcutaneous flank tumour — Subcutaneous flank tumour. Choose the cell line (syngeneic or human xenograft) and host in the settings. (mouse or rat)
Tumour model — bioluminescence: flank tumour — Bioluminescence: flank tumour. Choose the cell line (syngeneic or human xenograft) and host in the settings. (mouse or rat)
Tumour model — bioluminescence: metastases — Bioluminescence: metastases. Choose the cell line (syngeneic or human xenograft) and host in the settings. (mouse or rat)
Tumour model — fluorescence: liver — Fluorescence: liver. Choose the cell line (syngeneic or human xenograft) and host in the settings. (mouse or rat)
Tumour model — imaging: lungs — Imaging: lungs. Choose the cell line (syngeneic or human xenograft) and host in the settings. (mouse or rat)
Tumour model — imaging: brain — Imaging: brain. Choose the cell line (syngeneic or human xenograft) and host in the settings. (mouse or rat)

Mouse & rat anatomy (real data) 3

Mouse anatomy — whole body (Digimouse CT atlas) — A real mouse from micro-CT and cryosection data (Digimouse atlas): skin, complete skeleton, brain regions and the thoracic and abdominal organs in place, lying prone as in an imaging bed. Switch tissues on and off; the skin turns translucent to show what is inside. (≈ 9 cm, 28 g)
Mouse skeleton (Digimouse CT) — The complete mouse skeleton segmented from micro-CT: skull, spine, ribs, limbs and tail vertebrae. (≈ 9 cm)
Mouse organs in place (Digimouse CT) — Heart, lungs, liver, stomach, spleen, pancreas, kidneys, adrenals, bladder and testes in their real positions, under translucent skin. (≈ 9 cm)

Experimental models · Neuroscience & neurosurgery 4

Craniotomy & chronic cranial window — A circular piece of skull removed over the cortex: the scalp is opened, the bone flap drilled out showing the brain and its pial vessels, then sealed with a glass coverslip, dental cement and a head plate for two-photon imaging. (mouse ≈ 9 cm)
Stereotaxic brain injection — The head held by ear bars and a nose clamp; through a midline scalp incision a burr hole is drilled at coordinates from bregma and a Hamilton syringe delivers virus or drug to the chosen target. (mouse ≈ 9 cm)
Traumatic brain injury (controlled cortical impact) — Through a 4 mm craniotomy a pneumatic piston strikes the exposed cortex; a day later the impact site is a haemorrhagic contusion. (mouse ≈ 9 cm)
Spinal cord injury (laminectomy) — The back muscles are retracted and the lamina of T9–T10 removed to expose the spinal cord, which is contused, hemisected or transected. (mouse ≈ 9 cm)

Experimental models · Neuropathology 1

Brain sections — neuropathology — The extracted mouse brain (Digimouse atlas) cut into closed coronal slices, stained, with the lesion of the chosen model: MCAO stroke infarct, TBI contusion, glioma, intracerebral haemorrhage or amyloid plaques. (mouse ≈ 9 cm)

Experimental models · Orthopaedics & bone 2

Femoral fracture & fixation — A mid-shaft femoral osteotomy through a lateral thigh incision, fixed with an intramedullary pin, a locking plate or an external fixator, then healing through a callus. (mouse ≈ 9 cm)
Calvarial critical-size defect — Bilateral 3.5 mm (or a single 5 mm) trephine defects in the parietal bones, left empty or filled with a 3D-printed scaffold or hydrogel, with new bone growing in from the edges over the weeks. (mouse ≈ 9 cm)

Experimental models · Wound healing 6

Excisional wounds (6 mm punch) — Two full-thickness 6 mm punch wounds on the shaved back, from the bleeding wound bed through scab, granulation tissue and re-epithelialisation to a scar. (mouse ≈ 9 cm)
Splinted excisional wounds — Punch wounds held open by sutured silicone splint rings so they close by granulation and re-epithelialisation (as in people) rather than contraction. (mouse ≈ 9 cm)
Diabetic wound (db/db) — A 1 cm excisional wound on an obese diabetic mouse — healing is delayed by about a week. (mouse ≈ 9 cm)
Full-thickness excision (1 cm) — One 1 cm full-thickness excision on the back for dressing, hydrogel and drug studies. (mouse ≈ 9 cm)
Incisional wound (sutured) — A 1.5 cm full-thickness incision on the back — open, closed with sutures or wound clips, or healed to a linear scar (for tensile-strength studies). (mouse ≈ 9 cm)
Burn wound — A contact burn on the shaved back: a white leathery eschar (full thickness) or a blistered red partial-thickness burn, ringed by hyperaemia. (mouse ≈ 9 cm)

Experimental models · Drug delivery & pharmacology 3

Osmotic minipump implant — An osmotic pump in a subcutaneous pocket on the back delivering drug for 1–6 weeks, its incision closed with wound clips — or connected by a catheter to a brain-infusion cannula. (mouse ≈ 9 cm)
Jugular vein catheter & access button — A catheter in the right jugular vein tunnelled under the skin to a vascular access button on the back, for repeated IV dosing and blood sampling in pharmacokinetic studies. (mouse ≈ 9 cm)
Dorsal skinfold window chamber — A fold of back skin held between titanium frames with a glass window: tumour vessels and nanoparticle extravasation are imaged live for weeks. (mouse ≈ 9 cm)

Experimental models · Cardiovascular 1

Myocardial infarction & TAC surgery — Through a left thoracotomy of a ventilated mouse, the left anterior descending artery is ligated (infarction) or the aortic arch banded (pressure overload). (mouse ≈ 9 cm)

Experimental models · Abdominal & GI surgery 1

Abdominal surgery models (hepatectomy, CLP, renal IRI) — A midline laparotomy with the abdominal organs from the CT atlas in place: 70 % partial hepatectomy, caecal ligation and puncture (sepsis) or renal ischaemia–reperfusion with a clamp on the pedicle. (mouse ≈ 9 cm)

Experimental models · Oncology 1

Orthotopic mammary fat-pad tumour — Cells injected into the 4th inguinal mammary fat pad through a small skin incision — or the resulting orthotopic tumour being resected. (mouse ≈ 9 cm)

Experimental models · Respiratory 1

Intratracheal instillation — On an inclined board, the trachea is exposed through a small neck incision and a 30 G needle delivers bleomycin, LPS, bacteria or nanoparticles to the lungs. (mouse ≈ 9 cm)

Experimental models · Ophthalmology 1

Eye procedures (intravitreal, subretinal, laser CNV) — Injections into the eye with a 33 G Hamilton syringe, laser photocoagulation for choroidal neovascularisation, or topical drops. (mouse ≈ 9 cm)

Experimental models · Behaviour 1

Behavioural tests — The standard apparatus at real size with the mouse in it and its tracked path: open field, elevated plus maze, Morris water maze, rotarod and Y-maze. (mouse ≈ 9 cm)

Housing & equipment 1

Mouse cage (individually ventilated) — An IVC cage with bedding, nesting material, shelter, food hopper, water bottle and cage card.

Organs (one reference each) 41

Brain (real CT shape) — Smooth (lissencephalic) in rodents and rabbits, folded (gyrencephalic) in pigs, dogs, sheep and primates. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Spinal cord — Spinal cord with segmental nerve roots. Choose a study state in the settings. (mm–cm)
Eye (real CT shape) — The eyeball cut open. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Heart (real CT shape) — Heart with the great vessels. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Aorta — Aortic arch and its branches — en-face Oil Red O staining measures atherosclerosis. Choose a study state in the settings. (mm–cm)
Lungs (real CT shape) — Lungs with species-specific lobes (mouse: 4 right lobes, 1 left lobe). Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Thymus — Bilobed thymus over the heart; large in young animals. Choose a study state in the settings. (mm–cm)
Liver (real CT shape) — Liver lobes (rodent: median, left lateral, right and caudate lobes). Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Stomach (real CT shape) — Rodent stomach with a non-glandular forestomach; ruminants have four chambers. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Small intestine — Coiled small intestine with Peyer's patches. Choose a study state in the settings. (mm–cm)
Caecum — Large, fermenting caecum in rodents, rabbits and horses. Choose a study state in the settings. (mm–cm)
Colon — Colon (with faecal pellets in rodents) — colitis models measure its length. Choose a study state in the settings. (mm–cm)
Pancreas (real CT shape) — Pancreas — diffuse within the mesentery in rodents. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Spleen (real CT shape) — Spleen — enlarges in infection, inflammation and lymphoma. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Kidney (real CT shape) — Kidney (unipapillary in rodents). Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Adrenal gland (real CT shape) — Adrenal cortex and medulla. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Urinary bladder (real CT shape) — Urinary bladder. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Testes & epididymis (real CT shape) — Paired testes with the epididymis. Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Seminal vesicles — Seminal vesicles — very large in rodents (androgen-sensitive weight). Choose a study state in the settings. (mm–cm)
Prostate — Prostate around the urethra. Choose a study state in the settings. (mm–cm)
Ovaries & oviducts — Ovaries with follicles, coiled oviducts and fat pads. Choose a study state in the settings. (mm–cm)
Uterus — Bicornuate uterus (two horns) in most mammals; simplex in primates. Choose a study state in the settings. (mm–cm)
Mammary gland — Mammary fat pad with the ductal tree and inguinal lymph node (mice have five pairs). Choose a study state in the settings. (mm–cm)
Thyroid gland — Thyroid lobes on the trachea. Choose a study state in the settings. (mm–cm)
Salivary glands — Submandibular and sublingual glands. Choose a study state in the settings. (mm–cm)
Lymph node — Lymph node (inguinal, axillary, mesenteric, draining). Choose a study state in the settings. (mm–cm)
Skin — A patch of skin with hair. Choose a study state in the settings. (mm–cm)
Skeletal muscle (gastrocnemius) — Gastrocnemius with the Achilles tendon — weighed in muscle-wasting studies. Choose a study state in the settings. (mm–cm)
White fat pad — White adipose tissue (gonadal / epididymal fat pad). Choose a study state in the settings. (mm–cm)
Brown fat — Interscapular brown adipose tissue (thermogenesis). Choose a study state in the settings. (mm–cm)
Femur — Femur — micro-CT of trabecular bone in osteoporosis studies. Choose a study state in the settings. (mm–cm)
Tibia — Tibia. Choose a study state in the settings. (mm–cm)
Bone marrow (flushed femur) — Femur cut open to flush bone marrow for BMDMs and flow cytometry. Choose a study state in the settings. (mm–cm)
Knee joint — Knee joint with articular cartilage and menisci — osteoarthritis models. Choose a study state in the settings. (mm–cm)
Skull (real CT shape) — Skull with teeth (ever-growing incisors in rodents and rabbits). Built from the Digimouse micro-CT atlas — the real shape of a mouse organ; use it as the reference for any species. Choose a study state in the settings. (mm–cm)
Vertebral column — Vertebrae with discs and spinal cord. Choose a study state in the settings. (mm–cm)
Tongue — Tongue. Choose a study state in the settings. (mm–cm)
Oesophagus — Oesophagus. Choose a study state in the settings. (mm–cm)
Tail — Tail with scale rings and lateral tail veins (IV injection site). Choose a study state in the settings. (mm–cm)
Excised tumour — A tumour removed at the end of a study and weighed. Choose a study state in the settings. (mm–cm)
Blood sample — Whole blood in an EDTA tube for haematology. Choose a study state in the settings. (mm–cm)

Histology sections 34

Liver — histology section — A paraffin section of liver; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Kidney — histology section — A paraffin section of kidney; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Lungs — histology section — A paraffin section of lungs; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Small intestine — histology section — A paraffin section of small intestine; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Colon — histology section — A paraffin section of colon; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Caecum — histology section — A paraffin section of caecum; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Stomach — histology section — A paraffin section of stomach; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Brain — histology section — A paraffin section of brain; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Skin — histology section — A paraffin section of skin; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Heart — histology section — A paraffin section of heart; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Skeletal muscle (gastrocnemius) — histology section — A paraffin section of skeletal muscle (gastrocnemius); choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Aorta — histology section — A paraffin section of aorta; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Spleen — histology section — A paraffin section of spleen; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Lymph node — histology section — A paraffin section of lymph node; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Thymus — histology section — A paraffin section of thymus; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Thyroid gland — histology section — A paraffin section of thyroid gland; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Ovaries & oviducts — histology section — A paraffin section of ovaries & oviducts; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Testes & epididymis — histology section — A paraffin section of testes & epididymis; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Femur — histology section — A paraffin section of femur; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Tibia — histology section — A paraffin section of tibia; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Knee joint — histology section — A paraffin section of knee joint; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Excised tumour — histology section — A paraffin section of excised tumour; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
White fat pad — histology section — A paraffin section of white fat pad; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Brown fat — histology section — A paraffin section of brown fat; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Mammary gland — histology section — A paraffin section of mammary gland; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Pancreas — histology section — A paraffin section of pancreas; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Salivary glands — histology section — A paraffin section of salivary glands; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Prostate — histology section — A paraffin section of prostate; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Adrenal gland — histology section — A paraffin section of adrenal gland; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Urinary bladder — histology section — A paraffin section of urinary bladder; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Uterus — histology section — A paraffin section of uterus; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Oesophagus — histology section — A paraffin section of oesophagus; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Tongue — histology section — A paraffin section of tongue; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)
Spinal cord — histology section — A paraffin section of spinal cord; choose the stain (H&E, Masson, IHC, IF, Sirius red, PAS). (section ≈ 5 µm thick)